Industries

Chemicals

Solving Supply Chain Challenges in the Chemical Industry

The chemical industry plays a vital role in our daily lives, from food and clean water to energy and medical treatments. However, it faces numerous supply chain challenges, including invoice discrepancies for gas and liquid deliveries by truck. A mismatch often occurs between the actual weight measured by the buyer at delivery and the weight invoiced by the supplier. This discrepancy makes it difficult to reconcile data and perform an accurate three-way match.

Real-Time Invoice Reconciliation with Mobile Automation

Nipendo simplifies the process by allowing recipients to update the actual weight received through a mobile app and attach a photo of the weighing certificate. This seamless integration ensures that 95% of invoice processing is automated and error-free, syncing directly with the buyer’s ERP system for smooth and accurate transactions.
 
Chemical manufacturers must perform rigorous maintenance on their production lines due to high wear and tear. Validating invoices for these services can be a complex process—starting with documentation, followed by approvals, and final reconciliation. Traditionally, this process is triggered manually by the supplier’s invoice, leading to inefficiencies.

Eliminating Manual Errors with Automated Service Invoice Processing

Many companies still rely on slow, manual processes to document, approve, and pay for maintenance services. Nipendo transforms this workflow by receiving invoices electronically, automatically placing them on hold, and sending transaction data to the ERP system. A draft Service Entry Sheet (SES) is then created for review, ensuring compliance before final approval and three-way matching for payment processing.
 
With Nipendo, buyers and suppliers in the chemical industry benefit from enhanced data accuracy and an optimized supply chain. This automation ensures timely delivery of goods, eliminates invoice discrepancies, and accelerates payment processing—ultimately driving efficiency and reducing operational risks.

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